Simple and Fair Non-repudiation Protocol (SFNP) is proposed.
提出了简单的公平抗抵赖协议(SFNP)。
The non-repudiation protocol based on cryptology can offer non-repudiation service.
抗抵赖协议借助密码学算法以实现抗抵赖服务。
This paper proposes a fair non-repudiation protocol to solve repudiation problem both in sender side and in receiver side, which is based on trusted third party.
文章提出了一种公平的依赖可信第三方的反拒认协议，同时解决了收方和发方的拒认问题。
In this paper we propose a fair non-repudiation protocol to resolve the possible repudiation problem both in sender side and in receiver side and make them in equal positions.
本文基于此目标提出了一个公平的反拒认协议，解决了收发双方可能发生的拒认问题，并使收发双方处于平等的位置上。
The design principle of exchange protocol includes security, anonymity, non-repudiation, atomicity , fairness and efficiency.
该交易协议设计原则包括安全性、匿名性、非否认性、原子性、公平性与效率。
Based on the non repudiation and the security protocol of non repudiation for electronic commerce, this paper introduces a new non repudiation protocol.
针对电子商务安全协议的非否认性，在现有非否认服务的基础上，介绍了一种新型非否认协议。
The protocol not only guarantees the non repudiation and anonymity of the bidder, but also ensures the non repudiation of the bid received.
协议不仅保证了投标者对所投价位的不可否认性和匿名性，而且保证了拍卖代理对接收标书的不可否认性。
Finally, it shows the formal verification of the improved protocol and proves its fairness and non-repudiation.
最后对改进后的协议进行形式化分析，证明改进后协议的不可否认性和公平性。
Moreover, the performances of the proposed protocol, including the security, the non-repudiation and the running efficiency, are analyzed and discussed in detail.
文中详细分析和讨论了协议的性能，包括安全性、不可否认性以及协议的运行效率。
There are many directive principles in the electronic transaction protocol designing such as security, anonymity, non-repudiation, atomicity, fairness and efficiency.
电子交易协议的设计有安全性、匿名性、非否认性、原子性、公平性与效率等原则，这些原则在协议设计时具有指导作用。
By testing, it shows that the protocol NRP3 can satisfy the requirements of E-commerce application, and effectively provide non-repudiation and privacy protection for clients and merchants.
通过测试，它表明，协议NRP3可满足电子商务应用的要求，并提供有效的不可抵赖性和隐私保护，为客户和商家。
According to the" nono n-repudiation game of Hanoi Tower", This paper analyzes a fair and non-repudiation signed-contract-cryptographic-protocol(SCCP)with strong safety.
文章以“汉诺塔”游戏为出发点，分析设计了一个高强度的公平的不可抵赖的签约协议。
According to the" nono n-repudiation game of Hanoi Tower", This paper analyzes a fair and non-repudiation signed-contract-cryptographic-protocol(SCCP)with strong safety.
文章以“汉诺塔”游戏为出发点，分析设计了一个高强度的公平的不可抵赖的签约协议。
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